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03_cogdataset/index.html

@@ -543,7 +543,7 @@ <h4 id="ct-data-acquisition">CT Data Acquisition</h4>
 <h4 id="behavioral-data-acquisition_1">Behavioral Data Acquisition</h4>
 <p>The task was implemented using Matlab (Harvard: R2020b; NYU: R2020a, WU: 2021a), Psychtoolbox v.3 (Pelli, 1997), and run on a Dell Precision 5540 laptop, with a 15.6" Ultrasharp screen (screen size 345 x 195 mm2; resolution 1920 x 1080) at NYU and Harvard and on a Dell D29M PC with an Acer V196WL 19" LED LCD monitor (screen size 406.4 x 254 mm2; resolution 1440 x 990) at WU. The distance between the subject’s eyes and the screen was 80 cm. But the actual distance was measured for each subject before the start of recording to ensure that the size of the stimulus was 6 x 6 of visual angle. Participants responded using an 8-button response box (Millikey LH-8; response hand(s) varied based on the setting in the patient’s room).</p>
 <h4 id="eye-tracking-data-acquisition_1">Eye Tracking Data Acquisition</h4>
-<p>At Harvard and Wisconsin, EyeLink 1000 Plus Camera was used to collect eye-tracking data, and a thirteen-point calibration was performed several times during the experiment. The calibration was performed at the beginning of the experiment, and recalibrated in-between blocks, if necessary to meet precision requirements. At NYU, eye-tracking data was collected throughout the duration of the experiment using a Tobii-4C eye-tracker. A nine-point calibration was performed several times during the experiment (besides Harvard, where thirteen-point calibration was used). Pupil size and corneal reflection data were collected at a sampling rate of 500 Hz at Harvard and Wisconsin and at a sampling rate of 90 Hz at NYU. The Eyelink system recorded monocular data, while the Tobii system recorded binocular data. For the former cases, only one eye was recorded as determined by ocular dominance. The experiment was not influenced by the Eye-tracking recording.</p>
+<p>At Harvard and Wisconsin, EyeLink 1000 Plus Camera was used to collect eye-tracking data, and a thirteen-point calibration was performed several times during the experiment. The calibration was performed at the beginning of the experiment, and recalibrated in-between blocks, if necessary to meet precision requirements. At NYU, eye-tracking data was collected throughout the duration of the experiment using a Tobii-4C eye-tracker. A nine-point calibration was performed several times during the experiment. Pupil size and corneal reflection data were collected at a sampling rate of 500 Hz at Harvard and Wisconsin and at a sampling rate of 90 Hz at NYU. The Eyelink system recorded monocular data, while the Tobii system recorded binocular data. For the former cases, only one eye was recorded as determined by ocular dominance. The experiment was not influenced by the Eye-tracking recording.</p>
 <h4 id="behavioral-data-code-scheme_1">Behavioral Data Code Scheme</h4>
 <p>The behavioral code scheme is similar to the M-EEG modality which is explained in <a href="#behavioral-data-code-scheme">this section</a>.</p>
 <h4 id="eye-tracker-data-code">Eye Tracker Data Code</h4>

index.html

@@ -202,5 +202,5 @@ <h1 id="welcome-to-the-cogitate-data-release-documentation">Welcome to the Cogit
 
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